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1) 1. This is a reaction mechanism for an enzyme that converts carbamoyl phosphate (on the far left) and aspartate (you know that one!) to carbamoylaspartate (on the right) plus inorganic phosphate...

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1) 1. This is a reaction mechanism for an enzyme that converts carbamoyl phosphate (on
the far left) and aspartate (you know that one!) to carbamoylaspartate (on the right)
plus inorganic phosphate (Pi)

write out a chemical (meaning with structures!), enzyme (meaning you show how the enzyme participates in the reaction) mechanism for this enzyme.
The equation is not necessarily balanced; if not, what is needed to balance the equation?
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1) 1. This is a reaction mechanism for an enzyme that converts carbamoyl phosphate (on the far left) and aspartate (you know that one!) to carbamoylaspartate (on the right) plus inorganic phosphate (Pi)write out a chemical (meaning with structures!), enzyme (meaning you show how the enzyme participates in the reaction) mechanism for this enzyme. The equation is not necessarily balanced; if not, what is needed to balance the equation?

Answered Same DayDec 31, 2021

Solution

Robert answered on Dec 31 2021
38 Votes
The reaction shown above is one that involves the formation of one of the intermediates, N-
Ca
omoylaspartate (CbmAsp), the product in the given reaction, of De Novo synthesis of pyrimidine
nucleotides, nitrogen compounds.
The enzyme that catalyzes the conversion of ca
amoyl phosphate (CbmP) and aspartate (Asp) in
ca
amoylaspartate is Aspartate...
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